数字化、创新韧性与市场间叠加效应OA
Digitalization,Innovation Resilience and the Superimposed Effect Among Markets
运用SV-TVP-FAVAR模型分析数字化发展对中国创新表征变量的冲击影响.进一步,基于"抵抗力"和"恢复力"双重视角测度数字化冲击下不同市场的创新韧性,并运用TVP-VAR-DY模型考察不同市场创新韧性之间的叠加效应.研究表明:数字化对创新韧性大多呈现出正向冲击属性,不同市场具有"异质性"响应特征;数字化发展冲击下,不同市场创新变量表征出差异化缓释功效,不同市场创新韧性的阶段性特征和时点分布差异符合经济事实;不同市场创新韧性之间存在正向叠加关系,且呈现市场异质和阶段差异特征,不同市场创新韧性之间的叠加效应能够提升中国的创新韧性.通过深入理解不同市场创新韧性之间的叠加功效,有利于提升中国市场的创新韧性.
This paper uses SV-TVP-FAVAR model to analyze the impact of digital development on China's innovation repre-sentation variables.Furthermore,the innovation resilience of different markets under the digital shock is measured from the dual perspectives of"resistance"and"resilience",and the cumulative effect among the innovation resilience of different markets is in-vestigated by using the TVP-VAR-DY model.Research shows that digitalization mostly presents a positive impact attribute on inno-vation resilience,and different markets have"heterogeneous"response characteristics.Under the impact of digital development,different market innovation variables represent the deceleration effect of differentiation.The phased characteristics and point-in-time distribution differences of innovation resilience in different markets are in line with economic facts.There is a positive superpo-sition relationship among the innovation resilience of different markets,and it shows the characteristics of market heterogeneity and stage differences.The superposition effect among the innovation resilience of different markets can enhance China's innovation resi-lience.By deeply understanding the superimposed effects among the innovation resilience of different markets,it is conducive to en-hancing the innovation resilience of the Chinese market.
韩兆安;韩国行;吴海珍
青岛大学经济学院,青岛 266061青岛大学经济学院,青岛 266061青岛理工大学商学院,青岛 266520
管理科学
数字化创新韧性叠加效应TVP-VAR-DY模型表征变量抵抗力恢复力数字化冲击
digitalizationinnovation resiliencesuperposition effectTVP-VAR-DY modelrepresentation variableresistanceresiliencedigital shock
《工业技术经济》 2026 (2)
89-98,10
国家社会科学基金青年项目"中国数字经济产业链韧性和竞争力评估及国际比较研究"(项目编号:24CTJ006)山东省高等学校青创科技计划创新团队(项目编号:2025RWE002,2023RW072).
评论